介绍了电动投弹器周期测量系统的设计方法，并给出了较为详细的硬件组成及软件设计方法。
This paper introduced the design method of the period measure system of electronic bomb controller, offering the detailed hardware constituents and the software design method.
生命周期体系架构里程碑为系统的体系架构建立了一个受控的基线，并令项目团队在构构建段进行测量。
The Lifecycle architecture milestone establishes a managed baseline for the architecture of the system and enables the project team to scale during the Construction phase.
但是对于相互间不发生交互的双星系统，当它们旋转着接近对方时，天文学家就可以精确地测量出其公转周期的改变量。
With a noninteracting pair, astronomers can precisely measure the change in the orbital period of the stars as they spiral toward each other.
基于时延测量的水声跟踪定位系统，当信号传播时延大于脉冲重复周期时，就会出现距离模糊。
For underwater acoustic positioning system based on measurement of time_delay, range ambiguity appears when pulse's propagating time is longer than its repetition period.
对比实验证明，此方法能有效缩短温度测量周期，提高了系统的实用性。
The experiments indicate that the measurement period is greatly reduced, thus the system becomes more efficient.
采用虚拟仪器技术开发测量系统可以大大缩减开发周期，同时也可以提供良好的人机交互界面。
It can greatly reduce the development cycle and provide a good interactive interface by using the virtual instrument for development of measurement system.
论文采用新颖的多周期同步法测量沥青流量，详细进行了系统误差分析，确保沥青流量的准确测量。
We applied the novelty Multiple Periods Synchronization Method to measure asphalt flux, its system error in measurement are carefully analyzed.
用细胞分析成像光盘记录系统测量了3T3 细胞在某些ELF磁场和温度条件下生长周期的变化。
The cell cycles of MH 3T3 cell in ELF magnetic fields and at different temperatures aere measured and compared by using Automated Cinematographic Records System.
测量系统的校准周期是计量领域长期研究的问题。
Instrument calibration interval is a topic of long-term research in measurement field.
提出了一种适用于实验测量欠阻尼系统阻尼比的方法，即通过计算相邻两个周期波形的面积之比来测定系统的阻尼比。
A new method of estimating damp ratio of a underdamped system is presented by calculating area ratio of two contiguous periods, which is applicable to experimentation.
由于配备IMU/DGPS系统，在一定的基站范围内可以在无控制或少量控制点的情况下进行空三平差，极大地减轻了摄影测量外业控制工作量，缩短了生产周期，提高了作业效率。
With IMU/DGPS system, it can process bundle adjustment successfully with less GCPs or even without GCPs with a GPS base station located in a certain scope.
提出了一种高精度频率测量系统的设计方法，应用单片机技术将多周期同步法和量化时延法相结合，实现了频率的高精度快速测量。
The MCU is used for the center controller, achieving high accuracy frequency measurement by methods of multi-cycle synchronism and quantization time-delay.
它不仅能提供对不同系统的奇异性的一个完整描述，并能用来分析和测量非线性系统的非周期循环长度。
It not only offers different systems for a complete description of the singularity and can be used to analyze and measure the non-linear system cycle length.
进而，本文详细分析了系统的测量精度以及影响精度的主要因素，包括光栅周期、栅线夹角、光栅位置等系统参数的选取；
The accuracy of this method is discussed and also the factors including grating constant, position etc would affect the measurement accuracy are demonstrated.
进而，本文详细分析了系统的测量精度以及影响精度的主要因素，包括光栅周期、栅线夹角、光栅位置等系统参数的选取；
The accuracy of this method is discussed and also the factors including grating constant, position etc would affect the measurement accuracy are demonstrated.
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